MSc Medical Engineering

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MSc Medical Engineering

  • Objectives The course provides an essential knowledge of anatomy and physiology, biomaterials, biological materials, and medical engineering applications; a knowledge of medical device innovation, development and exploitation; advanced skills in the latest computer modelling and simulation techniques; the skills and confidence to develop a new medical device from concept to clinical trials; research methods, with an emphasis on their application in the medical and medical engineering field; experience of undertaking a significant relevant research project; and an ideal pathway for progression from a Bachelors degree to a PhD.
  • Entry requirements This programme is aimed at individuals who want to take advantage of the opportunities in this dynamic expanding industry but don’t have the necessary medical or bioengineering background. It provides the option of specialising in modelling and simulation, which are seen as key tools in modern healthcare technology development. The programme provides core subject-specific skills, combined with modules concerning medical device development, to provide sound preparation for a career in the healthcare industry or with a healthcare provider.
  • Academic title MSc Medical Engineering
  • Course description MODULE INFORMATION
    The key subjects covered in the programme include anatomy and physiology; biomaterials and biological materials; cardiovascular devices; finite element analysis; intellectual property rights; medical device innovation; medical device standards and regulations; medical imaging; medical statistics; musculoskeletal modelling; orthopaedic devices; regenerative medicine; research skills and project planning; tissue engineering; and visualization of medical data. In addition, each student carries out a major project, which usually involves a clinician from a local hospital or is linked to an industrial partner (or both).

    ASSESSMENT
    The taught modules are assessed by coursework and written examinations taken in January and May. The project is finished in September and examined by dissertation and project viva.

    SPECIAL FEATURES
    The University has an international reputation for medical engineering research and our expertise supports this MSc programme It is based in the Medical Engineering Laboratories and offered in association with the Hull York Medical School and the local NHS Hospital Trust.

    The Medical Engineering Research Group is currently working in a range of different areas, from basic research into the biomechanics of bone through medical device development to computer-assisted diagnostics. Its work is supported by the leading research councils, the Department of Health, the Royal Society and healthcare charities, with current project funding in excess of £2 million. It also provides support to healthcare companies through its own business unit, MediCET.
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